Trigasdm

In today’s oil and gas market, it is a constant challenge to keep a balance between operations, maintenance and compliance while delivering production targets on budget and schedule. Oil and gas producers are under pressure to meet stringent environmental regulations. Increasingly, they are seeking solutions for treating produced water and other byproducts at the drill pad without incurring the expense of off-site disposal. Many technologies are used to measure flow rate in oil and gas applications. Differential pressure flow meters are among the most common, but they are sensitive to pressure changes. Coriolis turbine flowmeters can provide high accuracy, but they can be large and costly. Turbine flowmeters are an especially good choice when ruggedness is needed. They can perform well under extreme conditions. The meters provide highly accurate and repeatable measurement of oils, water and some chemicals with a low cost of ownership. How the Technology in Turbine Flow...

Classic turbine flowmeters use propeller type turbines in a closed circular conduit. The turbine is mounted on low friction bearings and its rotation is detected through the chamber wall by one of a variety of detector types. These turbine flowmeters have good linearity in larger diameters but as the pipe bore reduces the efficiency of the flowmeter also reduces. How Turbine Flowmeters Help Measuring the Flow of Low Viscosity Fluids? For measuring the flow of low viscosity fluids within smaller diameter pipe applications – TrigasDM supplied turbine flowmeters employ a design where the flow of fluid is directed at the turbine that is mounted on robust low friction sapphire bearings. The geometry of the turbine and the fluid chamber ensures that the rotational speed of the rotor is proportional to the flow rate through the device. The use of this radial arrangement advantageously allows more energy to be imparted into the turbine so the bearing drag is far less important. Furt...

A thermal mass flow meter could be a exactitude instrument that measures gas mass flow and is employed in numerous industries with a large vary of applications.  Working Principle of Thermal Mass Flow Meter & Controller  The thermal mass meter measures gas flow primarily based upon the thought of convective heat transfer. Either in-line flow bodies or insertion-style probes of the meter support 2 sensors that interface with the gas being measured. one in all the detectors is heated by AN microcircuit and functions because the flow sensor, whereas a second detector acts because the reference detector, and determines the gas temperature. The Kruz proprietary electronic equipment maintains endless overheat between the flow and reference detector. As gas flows by the heated detector, flowing gas molecules transport heat removed from the detector and as a result, the detector cools and also the energy is lost. The circuit balance is discontinuous , and also the t...

The constant advancement in science and technology has explored several scopes of facilitating industrial processes at a large scale and liquid flowmeters are one of these endless inventions. The ability to measure the flow of liquids using liquid flowmeters is a critical need in many industries. In some cases the inability to take accurate flow measurements can cause serious negative results. The majority of liquid flow measurement instruments determine the flow rate by inferentially measuring the liquid’s velocity or change in kinetic energy. The velocity is further determined by the pressure differential that is forcing the liquid through a pipe or conduit. The average velocity is an indication of the flow rate. The liquid’s viscosity and density, and the friction of the liquid in contact with the pipe are other factors that can affect the flow rate of the liquid. Positive-displacement flowmeters can be used to find the direct measurements of liquid flowing. These types of ...